模糊逻辑

This algorithm integrates the fuzzy logic and the sliding mode control. By this method, the control incontinuity is smoothed in a thin band of the switching plane so that the vibration of fuzzy sliding mode control is eliminated.

该算法将模糊逻辑和变结构控制结合起来，利用模糊方法，在切换面临近的一个薄边界层内对控制的不连续性加以平滑，以减弱变结构控制产生的抖振。

At the early 1980s, is an effective mathematic tool to deal with the uncertain or fuzzy knowledge. Rough rule theory has been widely used in information retrieval, digital library, software engineering and knowledge discovery. Its main idea includes acquisition of rough decision rules by reduction of data under the condition of keeping an invariability of classification capacity. And it basically represents a concept by a pair of approximation sets according to the partition on the given data based on the indiscernibility relation. Rough sets theory is well suited to deal with inconsistency of the rough approximations. So it is a new mathematical tool dealing with vagueness and uncertainty, and has found its applications in many areas such as AI, KDD, pattern recognition and classification and fault diagnosis.

主要完成了以下几个方面的工作：(1)对于高速移动机器人车道线跟踪问题中的规则知识获取，首先阐述了模糊逻辑系统的基本特点、工作原理和基本作法，分析了模糊规则知识获取过于依赖专家经验知识、对于每一个细节几乎都需要人工主观经验的参与、难以处理大数据集样本等方面的不足，进而阐述了粗糙集合理论的基本特点、基于粗糙集合理论的规则获取的关键技术和工作原理，为后续章节中经典粗糙集合模型的扩展及粗糙决策规则集的性能分析做好基础；(2)在经典粗糙集理论及其一般扩展的可变精度粗糙集VPRS的基础上，提出了非均匀可变精度粗糙集模型k-VPRS。

Integrating fuzzy logic control and sliding mode control, a new design method of fuzzy sliding mode control ler is introduced.

将模糊逻辑控制与滑模控制相结合，给出了一种模糊滑模控制器的设计方法。

A nevel learning algorithm of fuzzy identification for complicated dynamic systems is proposed, based on the Fuzzy Logic System .

在一类具有非线性逼近能力的模糊逻辑系统的基础上，提出了实现非线性动态系统的模糊辨识算法。

An adaptive fuzzy control system for 300kA prebake aluminum production cells was designed,which includes the sampling,transmission and pretreatment of the parameters,the database and fuzzy logical determination,the parameter recognition and adaptivity of the fuzzy rule and actor.

该系统包括参数采集，参数网络传输和参数预处理，专家知识规则库、模糊逻辑决策，参数辨识、模糊规则自适应，人机界面和执行机构等模块。

This article introduced the fuzzy logic and the artificial neural networks elementary theory, then unifies both carries on the superiority supplementarily, has constructed the fault diagnosis method which one kind of artificial neural networks and the fuzzy reasoning technology unify.

本文介绍了模糊逻辑和人工神经网络的基本理论，然后将两者结合起来进行优势互补，构建了一种人工神经网络和模糊推理技术相结合的故障诊断方法。

In 1990s, with syncretic development of artificial neural networks and fuzzy logics, the application fuzzy reasoning systems is getting into identification field from controlling field.

步入九十年代，人工神经网络与模糊逻辑的融合发展，使得模糊推理系统的应用也从控制领域扩展到辨识领域。

This model decompounds the cooperative partners of virtual enterprises as the roles of the agile supply through analyzing the business process of the agile supply chain; an agent stands for one role of the agile supply chain. We give the architecture of agent negotiation and the reasoning process model based multi-agent negotiation with fuzzy logic control after analyzing the process of multi-agent negotiation. An evaluating principle of the cooperative partners is given for this reasoning process model firstly, then, we analyze the factor, which affect the agent evaluating the cooperative partners with the principle. An evaluation index system is designed for multi-agent and multi-issue and multi-level negotiation, then, we evaluate the proposal in the agent negotiation with the index system fuzzily and synthetically and the result range from 0 to 1. This evaluation method is generic, furthermore, for the adaptability of agent, partiality of agent can be defined manually or automatically, the user can adjust the partiality with changing the weight to optimize negotiation results.

该模型在分析了敏捷供应链的业务流程的基础上将动态联盟的合作伙伴企业按角色进行分解，用Agent来代表每个角色，在分析了Agent谈判的过程之后给出了谈判Agent的体系结构，然后给出了基于模糊逻辑控制的Agent的谈判推理模型，该推理模型首先建立了合作伙伴企业评价体系的原则，并基于此原则分析了影响Agent对合作伙伴企业的评价因素，然后建立了多Agent多问题多级评价指标体系，并基于该指标体系对Agent在谈判中的建议进行模糊综合评价，评价结果是位于区间[0，1]上的值，该评价方法不仅具有通用性，而且Agent可以通过调整各级指标的权重来定义自己的偏好。

What is more important, the fuzzy logic toolboxes contained in MATLAB can be used to design and analyse the fuzzy controller. And the simulating tool can be used to carry out dynamic system simulation.

更主要的是，它包含的模糊逻辑工具箱可进行模糊控制器的设计和分析，其仿真工具能进行动态的系统仿真。

This article uses MATLAB the fuzzy logic toolbox design fuzzy control system for example transformer substation voltage reactive integrated control.

本文利用MATLAB的模糊逻辑工具箱对实例变电站的电压无功综合控制设计模糊控制系统。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。